Abstract: A touch control method of a portable device which includes a display and a touch sensor relating to the display comprises the steps of sensing user's touch start and touch moving toward one direction on the touch sensor, moving an image presented on the display along to a direction of the user's touch moving, temporarily fixing the moved image, sensing user's following touch on the moved image, and activating a linked function by using coordinates of the following touch on the moved image, wherein the moved image provides an image area copied around an opposite border of the display, so to be substantially the same size to the image area defined around the opposite border of the display when the touch start.

Abstract: A touch control method of a portable device which includes a display and a touch sensor relating to the display comprises the steps of sensing user's touch start and touch moving toward one direction on the touch sensor, moving an image presented on the display along to a direction of the user's touch moving, temporarily fixing the moved image, sensing user's following touch on the moved image, and activating a linked function by using coordinates of the following touch on the moved image, wherein the moved image provides an image area copied around an opposite border of the display, so to be substantially the same size to the image area defined around the opposite border of the display when the touch start.

Abstract: A touch control method of a portable device which includes a display and a touch sensor relating to the display comprises the steps of sensing user's touch start and touch moving toward one direction on the touch sensor, moving an image presented on the display along to a direction of the user's touch moving, temporarily fixing the moved image, sensing user's following touch on the moved image, and activating a linked function by using coordinates of the following touch on the moved image, wherein the moved image provides an image area copied around an opposite border of the display, so to be substantially the same size to the image area defined around the opposite border of the display when the touch start.

Abstract: A touch control method of a portable device which includes a display and a touch sensor relating to the display, comprises steps of sensing user's touch start and touch moving toward one direction on the touch sensor, moving an image presented on the display according to the user's touch moving, temporarily fixing the moved image, sensing user's following touch on the moved image, and activating a linked function by using coordinates of the following touch on the moved image, wherein the moved image provides an image area around an opposite border of the display to be exposed from one border of the display.

Abstract: An elevator moving along an elevator shaft in a building, comprises a car for transport, a worm driving part moving together with the car, a rotating axis of which is parallel to a moving path of the car, and a worm support part including supporting teeth installed in the elevator shaft along the moving path of the car in accordance with worm teeth of the worm driving part. Using the worm driving part and the worm support part mutually interacting, the elevator can go up and down, and the worm driving part and the worm support part keep low frictional resistance to improve an efficiency of lifting.

Abstract: A touch control method of a portable device which includes a display and a touch sensor relating to the display, comprises steps of sensing user's touch start and touch moving toward one direction on the touch sensor, moving an image presented on the display according to the user's touch moving, temporarily fixing the moved image, sensing user's following touch on the moved image, and activating a linked function by using coordinates of the following touch on the moved image, wherein the moved image provides an image area around an opposite border of the display to be exposed from one border of the display.

Abstract: An elevator moving along an elevator shaft in a building, comprises a car for transport, a worm driving part moving together with the car, a rotating axis of which is parallel to a moving path of the car, and a worm support part including supporting teeth installed in the elevator shaft along the moving path of the car in accordance with worm teeth of the worm driving part. Using the worm driving part and the worm support part mutually interacting, the elevator can go up and down, and the worm driving part and the worm support part keep low frictional resistance to improve an efficiency of lifting.